Abstract

Discovery of radiative properties of electrodeless discharge of UBG [1, 2] and convenience of its input in working volume of reactions in the gas and liquid media allows to use properties of this discharge, for example, for the control of the state of air, water and gas media [3-4], in the process of engineering for obtaining semiconducting materials [4].
In the present paper two aspects of practical application of properties of discharge of UBG in technological processes passing through a steam (gas) phase are considered: a) at the realization of a continuous and distance control of sublimation reaction; b) at the change of a radial structure of a plasmic torch.